About this asset

High voltage power mast set with suspended transmission wires for Revit, designed for site planning and infrastructure modeling. This Revit family asset represents a pair of high-voltage electrical transmission masts, constructed with a classic lattice steel framework painted in a bright green finish. The towers are supported by substantial, rectangular concrete foundation bases. Attached to the cross-arms are white ceramic or composite insulators, which secure the thin, linear transmission lines connecting the two structures. The geometry is clean and simplified, focusing on the structural silhouette of the lattice steel members. The overall composition provides a realistic representation of electrical grid infrastructure, suitable for large-scale site development plans and contextual environmental modeling.

The download is a 604 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

In Revit, this family is best utilized as a site-hosted component to define electrical corridors or utility easements within a project masterplan. The asset can be placed and arrayed along a path to simulate transmission lines across a site. Users should manage visibility settings to ensure the pylon geometry does not clutter detailed building views, utilizing sub-categories to toggle the wire elements independently during site development phases.

These masts are essential for large-scale infrastructure projects, master planning, and site development where electrical transmission corridors must be clearly defined. They are suitable for landscape architects and civil engineers who need to demonstrate site constraints or utility impacts. Professionals searching for power line assets, electrical grid infrastructure, or industrial site components will find this model useful for establishing realistic site context in early-stage design or environmental impact studies, particularly when paired with topography and civil site survey data.